Sports retronic wearable terminal

ABSTRACT

The present invention discloses a wearable terminal and Software Application. Where the wearable terminal comprises a display portion, band portion, controller, processor, wireless communication module, cellular module, sensing module, projector and many other micro-components. A Software Application which has functions to preform different tasks and execution operations.

CROSS-REFERENCES TO RELATED APPLICATION

Not Applicable.

STATEMENT REGARDING FEDERALLY SPONSORED RESEARCH OR DEVELOPMENT

Not Applicable.

MICROFICHE APPENDIX

Not Applicable

BACKGROUND OF THE INVENTION Field of the Invention

The invention generally relates to the field of wearable terminals. More specifically, the invention relates to a sports wearable terminal with capability's to preform wireless communication tasks operations and may contain many components.

Related Art

Known as of today, their are a many different types of terminals, for example as the likes of a smart-watches, personal digital assistants (PDA), smart-phones, tablets, laptops, etc. terminals, some of these devices serve different purposes and may be used for differently such as internet access, voice calling, messaging, video watching, receiving/sending picture/videos, music listening/sharing, gaming, GPS navigation, calendar synchronization, work out coaching/tracking, and health related/tracking detection.

BRIEF SUMMARY OF THE PRESENT INVENTION AND ADVANTAGES

The present invention comprises the field of terminals, that may preform many different tasks and operations and may include a projection component that may project a image, or a Users Interface (UI) onto an object or in a space. This type of terminal is configured to be worn like a watch, wristband, sweatband or similar object around the wrist and/or arm of a user. Furthermore, the wrist terminal may include a flexible protective layer which may be coupled on the top portion of the display portion which is mounted on top of a metallic, aluminum, plastic or similar material case comprising a OLED, AMOLD, or LCD, light source. The wrist terminal may include a mini (LED or Floursent) Pico projector for displaying images onto an object and/or a space, the mini projector may be installed on the side and/or top portion of a wrist terminal coupled to the BP (body portion). The wrist terminal furthermore, may include a flexible solar and/or a secondary cell underneath the display portion, intended to recharge a solar powered compartment within the wrist terminal, the solar cell may further be powered by all types of light sources. The wrist terminal further includes a band made of a rubber, silicon, cotton or similar type of material that would allow the band to be stretchy and/or accustom fit many different wrist and/or arm sizes without the need for adjustment. Furthermore, underneath or inside of the terminal case may include a flexible printed circuit board/motherboard designed for hard impacts and sever weather conditions and temperatures. The printed circuit board/motherboard containing several mini micro smart-phone components, WIFI and Bluetooth chipset, an auto image/video correction processor, mini processor, controller, several other sensors, intended to power the wrist terminal and it components to exchange and receive image and/or video data, make telecommunication calls, text and video messaging, SMS, and store data files. The wrist terminal may furthermore be water-resistance making the device substantial to all weather conditions. Furthermore, the wrist terminal may also include a Sports Retronic Coach (SRC) Application Software this may be a CD-ROM (Compact Disc Read-Only Memory), DVD (Digital Versatile Disc), Floppy Disk, USB etc. The present invention includes a (SRC) Application Software that may enable a user to create a sports formations and may also enable a user to wirelessly transmit the sports formation from a external terminal to the Sports Retronic Band and/or Sports Retronic Coach, via the Sports Retronic Band and/or Sports Retronic Coach being connected to a wireless communication network.

BRIEF DESCRIPTION OF THE SEVERAL VIEWS OF THE DRAWINGS

FIG. 1 is a shape diagram for describing a Sports Retronic Band and/or Wrist Coach.

FIG. 2A-2C is a perspective view, illustrating a Sports Retronic Band and/or Sports Retronic Coach.

FIG. 2D-2E is a perspective view illustration the sleeve portion.

FIG. 3A-3B is a perspective view, illustrating the rear base cover.

FIG. 4A-4B is a perspective view, showing how the BP (body portion) of the terminal is docked to the docking station.

FIG. 5 is a shape diagram illustrating method steps of how a user may control the SRP Application Software.

FIG. 5B is an illustration of FIG. 5.

FIG. 6 is a shape diagram of the method steps of a user input executing viewing a (SRP) multimedia file on the terminal.

FIG. 6B-6C is an illustration of FIG. 6.

FIG. 7 is a shape diagram of method steps of one aspect of controlling the terminal.

DETAILED DESCRIPTION OF THE INVENTION

Describing a Sports Retronic Band and/or Wrist Coach. In this description the Sports Retronic Band and/or Wrist Coach 1 may be used to wireless communicate and receive data information from an external terminal, note the external terminal may require the (SRP) Application Software to be install in order to transmit a compatible multimedia file to the Sports Retronic Band or Wrist Coach.

FIG. 1 is a shape diagram of a Sports Retronic Band and/or Wrist Coach 1. Furthermore, the Sports Retronic Band and/or Wrist Coach 1 may include a Quad or Octa core processor which may control a multitude of hardware or software components that may be connected thereon and may also perform various data processing and operations by executing an operating system or an application program. The processor may be implemented with a system on chip (SoC). The processor may further include a graphic processing unit (GPU) and/or an image signal processor. For example, the processor duties may be to load commands or data received from at least one of the components and process them and store various data in a nonvolatile memory. The cellular module 30, for example, may allow a user to place voice and video calls, text service, or internet service through communication network. The cellular module 30 may perform a distinction and authentication operation on the Sports Retronic Band and/or Wrist Coach 1 in a communication network by using the SIM card (smart card) 12. The cellular module 30 may also perform a part of a function provided by the processor, the cellular module 30 may also include a communication processor (CP).

The wireless communication module 13 allows wireless communication which may enable the remote interaction between the Sports Retronic Band and/or Wrist Coach 1 and an external device and or via internet, which may include communication systems as GSM (Global System for Mobile Communication) TDMA, CDMA (Code Division Multiple Access), PAN (Personal Area Network), NFC (Near Field Communication), Zigbee, Bluetooth, RFID (Radio Frequency Identification), IrDA, (Infrared Data Association), LAN (Local Area Network), WIFI, MAN (Metropolitan Area Network) WiMAX (World Interoperability for Microwave Access), HSDPA (High Speed Downlink Packet Access), WAN (Wide Area Network), Wibro (Wireless Broadband), UMTS, LTE, 5g and 6g (5^(th) and 6 Generation Wireless System), OFDM (Orthogonal Frequency-Division Multiple Access), MC-CDMA (Multi-Carrier Code-Division Multiple-Access), LAS-CDMA (Large Area Synchronized Code Division Multiple Access), UWB (Ultra-Wideband), LMDS (Local Multiple Distribution Service), IPV6 (Internet Protocol Version 6), DMB-T (Digital Multimedia Broadcasting-Terrestrial), DMB-S (Digital Multimedia Broadcasting-Satellite), MediaFLO (Media Forward Link Only), DVB-H (Digital Video Broadcast-Handheld), ISDB-T (Integrated Services Digital Broadcast-Terrestrial), GNSS (Global Navigation Satellite System)/GPS (Global Positioning System), and RF (Radio Frequency) communication systems. These varieties of wireless communication systems may be intergraded into the Sports Retronic Band and/or Wrist Coach 1 wireless communication module 13 intended to serve many different tasks which may be to transmit voice, video, and data in local and wide range areas, by sending magnetism signals through the air, transmitters and receivers may be positioned at a certain position, using an aerial or antenna, at the transmitter the electrical signal leave the antenna to create electromagnetic waves that radiate outwards to wirelessly communicate. For example in FDMA, the transmitting and receiving frequencies used in each cell are different from the frequencies used in the neighboring cells. The principle of CDMA is more complex and the distributed transceivers can select one cell and listen to it. Other methods include Polarization Division Multiple Access (PDMA) and Time Division Multiple Access (TDMA). Time division multiple access is used in combination with either FDMA or CDMA to give multiple channels within the coverage area of a single cell. While on the other side some of these systems may be used to effectively distribute audio and video content to a Sports Retronic Band and/or Wrist Coach 1 using electromagnet spectrum (radio waves). The wireless communication module 13 may include a processor for processing data transmitted/received through a corresponding module and or may be included in one integrated chip (IC) or IC package. The RF module 2, for example, may be used to transmit/receive communication signals. The RF module 2 may include a transceiver, a power amp module (PAM), a frequency filter, a low noise amplifier (LNA), or an antenna. A cellular module 30, WIFI module 4, BT module 15, NFC module 21 may transmit/receive RF signals through a separate RF module. The Sports Retronic Band and/or Wrist Coach 1 may include a SIM 12 or a embedded SIM (Subscriber Identification Module (SIM)) a type of smart card used in mobile phone. The SIM 12 is a detachable smart card containing the user's subscription information and phone book. This allows the user to retain his or her information even after switching off the handset. Alternatively, the user can also change service providers while retaining the handset simply by changing the SIM 12. The SIM 12 may securely store the service subscriber key. The Sports Retronic Band and/or Wrist Coach 1 may include memory 10, an internal memory that may comprise a SSD (Solid State Drive), NAS (Network Attached Storage), Dual-Channel RAM (Random Access Memory), Multi-ROM (Read-Only Memory), Flash Memory (Flash Memory Type), Hard Disk (Hard Disk Type), Multimedia Card Micro (Multimedia Card Micro Type), SRAM (Static Random Access Memory), EEPROM (Electrically Erasable Programmable Read-Only Memory), PROM (Programmable Read-Only Memory), may further include a card type memory Compact Flash (CF), Secure Digital (SD), Micro Micro-SD, Mini-SD, Extreme Digital (xD), Multimedia Card (MMC) or a memory stick. The external memory may be functionally and/or physically connected to the Sports Retronic Band and/or Wrist Coach 1, these components may be the most crucial of the Sports Retronic Band and/or Wrist Coach 1 processing cores and dedicated graphics, alternatively some components of the memory 10 may store the Sports Retronic Band and/or Wrist Coach 1 operating system components, application data, game graphics and critical system files, many of the previously mentioned files and systems may be separated to different storage chips throughout the Sports Retronic Band and/or Wrist Coach 1 main board or printed circuit board. The memory 10 may store programs or commands for the Sports Retronic Band and/or Wrist Coach 1. The controller 19 may execute the programs and/or commands stored in the memory 10. The controller 19 may control the overall operations of the Sports Retronic Band and/or Wrist Coach 1, and may process and execute a plurality of tasks and functions within the Sports Retronic Band and/or Wrist Coach 1, the controller 19 may set an execution environment of the Sports Retronic Band and/or Wrist Coach 1, hold information thereof, and make data input/output exchange for all elements of the Sports Retronic Band and/or Wrist Coach 1. Furthermore, the controller 19 can perform a corresponding communication service function through the wireless communication module 13. Also, the controller 19 can include a Multimedia Module Coder/Decoder (CODEC) for converting a video signal through the touch panel 5. For example, the controller 19 may recognize a file opening execution region on the display 6 portion upon a file, widget, or application icon reaching the specific region on the display 6, further when a file, icon, widget, or application is itemized by a user input (pressure input) the controller 19 recognize this command as an itemizing command. Upon a user itemizing a specific icon the controller 19 may display an invisible file opening execution region this region may be positioned on the middle left hand portion of the display 6 on the first screen, in response to the icon reaching the file opening execution region the controller 19 may sense the geographical location of the moving icon once the icon passes this region the controller 19 may process the file opening execution command. The Sports Retronic Band and/or Wrist Coach 1 may include a power management that may be an off-chip ex. (module) or on-chip, duties to manage the power of the Sports Retronic Band and/or Wrist Coach 1. The power management module 18 may include a power management IC (PMIC), a charger IC, or a battery gauge, for example. The PMIC may have a wired and/or wireless charging capabilities. The wireless charging process may be a magnetic resonance process, a magnetic induction process, or an electromagnetic process, an additional circuit for wireless charging, such as a circuit, a coil loop, a resonant circuit, or a rectifier circuit. The on-chip power management circuit may operate from one or more batteries, solar power source, line power, mechanical power source, photovoltaic power source, thermal power source, radio frequency (RF) power source, vibration power source, bio-mechanical power source, fuel cell and/or any other power source. In particular, the on-chip power management module may selectively supply power supply signals of different voltages, currents, current limits or with adjustable voltages, currents or current limits in response to power mode signals received. The on-chip power management circuit may be implemented as a multi-output programmable power supply, that may receive power the mode signal and may generate optionally routes the power supply signals to a particular port, pin or pad or directly to peripheral devices via a switch matrix, as commanded based on the power mode signal.

Furthermore, the Sports Retronic Band and/or Wrist Coach 1 may incorporate a camera module 31 at various locations of the Sports Retronic Band and/or Wrist Coach 1, and may substantially process an image frame, a still, moving, or both still and moving images and videos obtain images, and may include image sensors, a lens, image signal processors (ISP), or a flash. Once captured or stored these images may be transferred to the Sports Retronic Band and/or Wrist Coach 1 memory 10 or to an external terminal through the wireless communication module 13. The Sports Retronic Band and/or Wrist Coach 1 may include an input module 20 which may be composed of a key 14, touch panel (static pressure/electrostatic) 5, and an ultrasonic input module 17, the touch panel 5 may use at least one of capacitive, resistive, infrared, or ultrasonic method, for example. Additionally, the touch panel 5 may further include a control circuit, alternatively the touch panel 5 may further include a tactile layer to provide tactile response to a user. The key 14 may include a physical button, an optical key, or a keypad, the ultrasonic input module 17 may detect ultrasonic waves generated from an input tool through the microphone in order to verify data corresponding to the detected ultrasonic waves. In particular, the Sports Retronic Band and/or Wrist Coach 1 audio module 24 may be a speaker type that may receive call mode, voice recognition, voice recording, and broadcast reception mode from the wireless communication module 13 and or output audio sound or sound data that may be stored inside of the Sports Retronic Band and/or Wrist Coach 1 memory 10, external storage, or transmitted from an external terminal. Sensing module 16 may measure physical quantities or detect an operating state of the Sports Retronic Band and/or Wrist Coach 1, thereby converting the measured or detected information into electrical signals, and may accommodate many different sensors (ex. gesture sensor 25, gyro sensor 11, barometric sensor 8, magnetic sensor 26, acceleration sensor 9, grip sensor 3, proximity sensor 27, temperature/humidity sensor 32, illumination sensor, infrared (IR) sensor 7. The sensing module 16 may further include a control circuit which may control at least one sensor therein and an additional processor to control the sensing module 16 while the main processor may be in a sleep or consumption state. For example, sensing the current state of a Sports Retronic Band and/or Wrist Coach 1, such as opening or closing the Sports Retronic Band and/or Wrist Coach 1, the position of the Sports Retronic Band and/or Wrist Coach 1, user contact presence, orientation of the Sports Retronic Band and/or Wrist Coach 1, acceleration/deceleration of the Sports Retronic Band and/or Wrist Coach 1 to generate a sensing signal for controlling the operation of the Sports Retronic Band and/or Wrist Coach 1. Further, the sensing module 16 may be responsible for sensing functions related to whether or not the external device coupling the power management module 18 supplies power. Meanwhile, the sensing module 16 may include a proximity sensor 27. Another example of the sensing module 16 may be a gyro sensor 11 which may be used to sense the change of angles and direction of an itemized file, widget, or application icon on the display 6, a distance sensor which may detect the file opening execution region and the distance of the file upon reaching the file opening execution region, when the file, widget, or application icon is itemized, these sensor signals may be transmitted to the controller 19 to further preform a file opening execution command. As it will be later associated with the controller 19 it will be described below. In addition, the gyro sensor 11 and an acceleration sensor 9 for calculating the geomagnetic sensor 26 direction of rotation of calculating the moving direction when the user moves. The display 6 may be a LCD (Liquid Crystal Display), a thin film TLCD (Transistor-Liquid Crystal Display), OLED (Organic Light-Emitting Diode), a Flexible Display, 3-D Display (may include at least one of 3D displays) and may incorporate a touch sensor. Some of these displays may be configured to be transparent to view the outside through them. This may be called a transparent display, for example a transparent display and the like (Transparent Organic Light Emitting Diode) TOLED. The display 6 according to the implementation of the Sports Retronic Band or Wrist Coach 1 may also be two or more. For example, it may be provided in the Sports Retronic Band or Wrist Coach 1 at the same time the external display module (not illustrated) and an internal display module (not illustrated). The touch panel 5 may be configured to detect even a touch input as well as the position and area of the touch input pressure. The interface 28 may include a high-definition multimedia interface (HDMI), a universal serial bus (USB), an optical interface, or a D-subminiature (sub). Alternatively, the interface 28 may include a mobile high definition link (MHL) interface, secure digital (SD) card/multi-media card (MMC) interface, or an infrared data association (IrDA) standard interface. Furthermore, the Sports Retronic Band and/or Wrist Coach 1 may include a projector 23, including a (OLED) organic light emitting diodes or (Fluorescent) light source which may project an image onto an object. Fluoro light source may emit light to a first wavelength and may irradiates excitation light onto the fluorophore, optical element, quarter-wave plate, and a fluorophore unit. Fluorophore unit may include a fluorophore that emits fluorescent light by irradiation of light of the first wavelength, the fluorophore unit may also emit fluorescent light of a wavelength that differs from the first wavelength, and a reflection region that reflects light of the first wavelength. The fluorophore unit may be able move such that light from the light source successively irradiated on the fluorophore region and the reflection region. The optical element may separate light of the first wavelength into a first linearly polarized light component, a second linearly polarized light component that may be orthogonal to the first linearly polarized light component which may guide the first linearly polarized light component that may be emitted from the light source to the fluorophore unit. Light that may be reflected by the reflection region and light emitted by the fluorophore region may be irradiated into the optical element. The optical element emits light of the first wavelength that was reflected by the reflection region and fluorescent light that was emitted by the fluorophore region in the same direction. Image formation module may be used to spatially modulates light from the illumination optical system, a lens that may be various types of shape and couture, and may be at various locations of the Sports Retronic Band and/or Wrist Coach 1 which may projects light that may be spatially modulated by an image formation module. (OLED) organic light emitting diodes light source may include similar components as of the likes of the fluorescent system but may differ as explained the light is shined through a spinning color wheel onto a chip that is mounted with hundreds of thousands of tiny mirrors. The mirrors are turned off or on by electronic impulses according to the need for the color at that moment. Even though only one color is shown at a time, one color follows another so quickly that the primary colors seem to blend into the appropriate color. The image appears to be constantly lit, when in fact small parts of it are constantly flickering, may be referred to as digital light processing. A projection adjustment module may determine the magnitude relation translational variation value, predetermined a first threshold value and the variation value with a predetermined angle of the second magnitude threshold.

Additionally, the sensing module 16 may be incorporated into the projection process for example, a gyro sensor of the sensing module 16 may be used to sense the change of angles of a projected image in a space, a distance sensor which may detect an operating point and may coordinate touch points on the display 16 screen when display 16 may be in a three-dimensional display 16 screen mode, and may transmits coordinates of the operating point to a processor. The Sports Retronic Band and/or Wrist Coach 1 may include a (GPU) Graphics Processing Unit for mobile TV support. The GPU may process media data according to the standards such as digital multimedia broadcasting (DMB), digital video broadcasting (DVB). This type of processor may also render images, animations and video for the Sports Retronic Band and/or Wrist Coach 1 display 6. Motor 35 may convert electrical signals into mechanical vibration and may generate vibration or a haptic effect.

FIG. 2A-2B is an illustration of the Sports Retronic Band 1 and Sports Retronic Wrist Coach 70, please note that the Sports Retronic Band 1 and/or Wrist Coach 70 may include similar features, systems and components to operate communicate and or transmit data information from terminal to terminal.

Further, FIG. 2A the Sports Retronic Band 1, is a wrist wearable terminal as the likes of a watch or bracelet. Further, including a BP (body portion) comprising a case 34. Further, the BP case 34 is made of materials as of metallic, aluminum, titanium, injection-mold, plastic, rubber, thermoplastic, thermoset, or similar types of material but not limited to the above said elements couple to the band 22.

The band 22 further comprises an flat, curved or oval display 6 which is located at the top side set at an vertical position coupled to the BP of the Sports Retronic Band 1. Further, including an flexible band 22 portion approximately 3.21 mm (thick) diagonally coupled to the BP of the Sports Retronic Band 1 by pins at each end of the BP. The band 22 portion further comprises of an cavity or basin area to allow an docking station 33 to be coupled to the band 22 portion. The band 22 is further made of materials such as rubber, plastic, silicone, cotton, or genetically designed engineered materials, designed to accommodate different wrist and arm sizes.

Further, the band 22 portion include an band rim display 71 around the outer edges of the band 22 rim approximately 3.07 mm (thick), the band 22 portion further comprise an band display surface 72 portion perpendicular to or crossing the band 22 side direction, that display's an image through the band 22 display surface. The band surface display 72 comprises an flat, curved or oval shape to correspond to the edge when viewed from the front direction.

The Sports Retronic Band 1 also include an input module 20 (previously described in FIG. 1). Furthermore, the Sports Retronic Band 1 includes a camera module 31 and audio module 24 (previously described in FIG. 1) coupled to the BP of the Sports Retronic Band 1. Further, including a mini Pico projector 23 (previously described in FIG. 1) coupled to the BP of the Sports Retronic Band 1. Further, a cellular module 30 (previously described in FIG. 1) for connecting to a cellular network in the action of receiving data information from a external terminal. And may further include a wireless communication module 13 (previously described in FIG. 1) for connecting to a wireless communication.

Referring to FIG. 2B the Sports Retronic Wrist Coach 70, is an wrist wearable terminal that may comprise of one body portion FIG. 2C or two body portions FIG. 2C when the terminal comprises of two body portion the terminal is folded by using hinge(s) components. Further, the Sports Retronic Coach 70 may include similar features and components as the mentioned above Sports Retronic Band 1. The Sports Retronic Coach 70 may switch its screen according to an state of the terminal. Throughout the specification, a state of an terminal may be defined to two states that area folded state and an open state. The folded state and the open state will be described in greater detail later.

Further, the Sports Retronic Wrist Coach 70 comprises an wrist sleeve 75 FIG. 2D. Hence, the wrist sleeve 75 is made of micro-fiber, cotton, nylon, urethane, polyester and spandex type materials. Hence, the wrist sleeve 75 comprises an respectively opening 89 at an portion of the body where the opening 89 area constitutes an micro-fiber extendable portion 90 FIG. 2E at the top, bottom, left and right side of the opening that is respectively cuffed under another area coupled (sewn) to an underside area of the Sports Retronic Wrist Coach 70 intended to house an attachment component (pin(s)) for coupling the docking station 33 to the opening 89 area forming an coupling housing 98. The left and right extendable portion 90 are respectively longer than the top and bottom extendable portion 90 of the opening 89 in length. Additionally, the wrist sleeve 75 further comprises three velcro attachment component 79 made of an micro-fiber material positioned vertically coupled (sewn) to one end of the wrist sleeve 75 that overhangs the sleeve 75 body portion in an direction away from the sleeve 75 intended to couple both ends of the wrist sleeve 75 together. Further, the wrist sleeve 75 is designed to accommodate different wrist and arm sizes.

Further, the Sports Retronic Coach 70 may function as an single or double BP (body portion) terminal. In the event of an double BP terminal the Sports Retronic Wrist Coach 70 includes an first BP 73 and second BP 74 (body portion) to form the complete body of the Sports Retronic Wrist Coach 70. Hence, the first BP 73 and second BP 74 comprise of an square or rectangle shape with curved or beveled edges. The first BP 73 and second BP 74 is further made of materials as of metallic, aluminum, titanium, injection-mold, plastic, thermoplastic, thermoset, or similar types of material but not limited to the above said elements. The first BP 73 and second BP 74 is to be viewed from an horizontal perspective. The first BP 73 further includes an oval and rounded shape contour display 6 vertically coupled to the first BP 73 top portion of the Sports Retronic Wrist Coach 70.

Further, the second BP 74 comprises an body portion that is thinner than the overall portion of the first BP 73 approximately 3.21 mm (thick) made of an plastic material. The second BP 74 includes an protective transparent layer coupled to the inner lip portion of the second BP 74. The second BP 74 further include an velcro strip coupled by a bounding agent to the middle of the top inner edge rim portion of the second BP 74. Whereas, the velcro strip may be coupled to the middle of the bottom inner edge rim portion of the first BP 73 to attach to the two BP's together. Further, the Sports Retronic Wrist Coach 70 may not be limited to an button, hook and loop, belt buckle, or any other type of means for securing the first and second BP together.

More on the first BP 73 is coupled to the second BP 74 by six hinge(s) that may be positioned at the middle, far left, and far right side, of the back side of the first BP 73 and second BP 74 of the Sports Retronic Coach 70 approximately 31.77 mm apart. The Sports Retronic Wrist Coach 70 further include an input module 17 (previously described in FIG. 1). Furthermore, the Sports Retronic Coach 1 may include a camera module 31 and audio module 24 (previously described in FIG. 1). Sensing module 16 (previously described in FIG. 1) may also be implemented on the Sports Retronic Band 1 and Wrist Coach 70. And may include a wireless communication module 13 (previously described in FIG. 1). Furthermore, the Sports Retronic Band 1 and Sports Retronic Wrist Coach 70, may comprise synchronization and/or being paired to an external terminal such as a (laptop, tablet, or desktop) but not limited to any other external terminal in order to wirelessly communicate to receive multimedia data information (ex. multimedia files videos, still/moving images). For example, the external terminal which the Sports Retronic Band 1 and Wrist Coach 70 may be synchronized and/or paired with may incorporate the Sport Retronic Playmaker (SRP) Application Software this may be a computer-readable medium which may contain, store, communicate, propagate, or transport the software instruction execution system, between terminals or means with the instruction execution system. Examples of a computer-readable medium may be a portable computer diskette cartridge (magnetic device), a random-access memory (RAM), a read only memory (ROM), erasable read-only memory edit (EPROM or flash memory), an optical fiber device, digital video disk (DVD), USB flash drive, internet link download, or a portable compact disc read-only memory (CDROM). In the event of the creating, designing, editing, and wirelessly transmitting a (SRP) multimedia file from the external terminal to the Sports Retronic Band 1 and Sport Retronic Wrist Coach 70, a user may install the (SRP) Application Software onto an external terminal once installed onto such external terminal, both user may connect to a wireless communication network.

Traditionally, the Sports Retronic Band 1 and Sports Retronic Wrist Coach 70 may include a pre-installed Sports Retronic Viewer (SRV) Utility Application. The (SRV) Application may be multifunction application, for example this application may allow a user to view a (SRP) multimedia file on the display 6, store a (SRP) multimedia file, and execute execution tasks to transmit a (SRP) multimedia file to be output through the projector 23.

FIG. 3A-3B is an exploded perspective view illustrating the terminal rear base cover 78 according to another exemplary embodiment. Further, referring to FIG. 3, the terminal comprises an rear base cover 78 that is coupled to the rear body portion or frame of the terminal intended to cover and protect the internal components of the terminal from further damage.

Further, the inside portion FIG. 3A of the rear base cover 78 comprises of an plurality of components, square shape screw and attachment clip members 83 made of an plastic or injection molded type of material that are adjacent to each other vertically. The screw and attachment clip members 83 respectively protrude in an direction outward from the rear base cover 78. Each of the screw and attachment clip members 83 includes an aluminum threaded hole portion coupled to the inner portion of the screw and attachment clip member 83. Furthermore, the inner portion of rear base cove 78 includes an 6.73 mm (thick) hinge strip 84 portion that respectively protrude in an direction outward from the rear base cover 78 whereas the hinge strip 84 is further 3D printed to the rear base cover 78. The hinge strip 84 comprises six threaded hinge hole(s) 94 throughout an portion of the rear base cover 78, whereas the hinge hole(s) 94 portion respectively starts at the hinge strip 84 portion intended to couple the first BP 73 and second BP 74 of the Sports Retronic Wrist Coach 70 together by hinge(s). The front face of the rear case cover 78 FIG. 3B further comprises hinge screw 95, attachment clip(s) 96, and screw(s) 97 access points where the hinge screws, attachment clips and screws are accessible to an component of the inner portion of the rear base cover 78.

FIG. 4A is a view showing how the Sports Retronic Band 1 and Wrist Coach 70 BP (body portion) may be coupled to the docking station 33. The docking station 33 is further coupled to the band 22 by pin(s) at the band 22 cavity or basin area. Alternatively, the docking station 33 includes an cavity/basin for receiving an edge or end of the Sports Retronic Band and/or Wrist Coach 1 and may be better known as a cavity or basin style docking station 33.

The BP of the Sports Retronic Band 1 or Wrist Coach 70 is coupled to the docking station 33 by attachment clip(s) 85, and screw(s) 86 but not limited to any fashion of holding the BP of the Sports Retronic Band 1 or Wrist Coach 70 in place. The attachment clips 85 are in the shape of an half question mark (?). Further, the attachment clips 85 comprises of three portions an meeting member 86, upper end portion 87, and an lower end portion 88. The upper end portion 87 comprises of an half (c) curved shape, coupled to the meeting member further made of an aluminum type material. Further, the meeting member 86 is a square shape object made of an plastic material intended to separate the upper end portion 87 and lower end portion 88 at one point of contact. Hence, the lower end portion 88 comprises of the likes of an threaded screw or pin having straight vertical shape. Whereas, both the upper end portion 87 and lower end portion 88 is respectively coupled to the meeting member 86 to form an interchangeable attachment clip 85.

The docking station 33 comprises an square or rectangle body made of an plastic or injection-molded material that supports the body portion of the Sports Retronic terminal. The docking station 33 includes four rim 91 portions FIG. 4B (top, bottom, left, right side) that protrudes outward in an direction opposite of the docking station 33 where the docking station 33 is said to be coupled to the sleeve 75 extended portion 90. The rim 91 portion further includes an pin(s) opening 92 at each end(s) of the rim 91 portions to form coupling of the docking station 33 to the sleeve 75 extended portion 90. The docking station 33 cavity/basin 93 portion comprises of four screw hole(s) and attachment clip slot(s) predominantly at each corner or the docking station 33 cavity/basin 93 portion, whereas at each corner both the screw hole(s) and attachment clip(s) slots are adjacent to each other.

Further, the Sports Retronic Band 1 and Sports Retronic Wrist Coach 70 further comprises attachment clips 85 coupled at each corner of the front face side of the rear base cover 78 of the Sports Retronic Band 1 and Sports Retronic Wrist Coach 70. The BP of the Sports Retronic Band 1 and Wrist Coach 70 is further attached to the cavity 29 portion of the docking station 33 by firmly positioned lining the attachment clip(s) 85 and slots together and firmly pressing the BP of the Sports Retronic Band 1 or Wrist Coach 70 into the slots better known as an clamp fasting.

According to coupling the rear base cover 78 of the terminal to the docking station 33. The Sports Retronic Band 1 or Wrist Coach 70 and cavity/basin 93 portion are symmetrically met when the attachment clips 85 are compressed into the cavity/basin 93 clip(s) slots further the screws 86 are inserted into the cavity/basin 93 from the underneath outer side of the cavity/basin 93 into the outer face of the rear base cover 78. Whereas, the screws 86 respectively runs through the underneath bottom side of the cavity/basin 93 into the outer face side of the rear base cover 78. This holding system is configured to support the Sports Retronic Band 1 or Wrist Coach 70 in an upright (e.g., vertical), laid down (e.g., horizontal) or tilted position (e.g., angled) while maintaining/allowing access to the BP of the Sports Retronic Band 1 or Wrist Coach 70. The docking station 33 also include a power transfer component inside of the cavity 29 portion. In the case of a band 22 that composes of internal electrical components within the band 22, the docking station 33 include connectors, jacks, ports or transceivers that provide external connections to the underside of the BP of the Sports Retronic Band 1 or Wrist Coach 70. In order to operatively connect the BP of the Sports Retronic Band 1 or Wrist Coach 70 with the docking station 33, the docking station 33 include various components for transferring data and/or power between the Sports Retronic Band 1 or Wrist Coach 70 and the docking station 33. For example, both the Sports Retronic Band 1 or Wrist Coach 70 and the docking station 33 include a power transfer component and a data transfer component. When docked, the data transfer component transfers data between the docking station 33 and the Sports Retronic Band 1 or Wrist Coach 70. For example, this data information may be the images displayed on the band display. Furthermore, the Sports Retronic Band and/or Wrist Coach 1 power transfer component may transfer power from the Sports Retronic Band and/or Wrist Coach 1 to the band 22 electrical components.

Referring to FIG. 5, the method 21 starts with step 36 whereas the controller of the external terminal establishes an wireless connection these connections are an Wireless Local Area Network (WLAN), Wireless Wide Network Area (WWNA), WIFI, WiMAX (World Interoperability for Microwave Access), GSM (Global System for Mobile Communication), TDMA, CDMA (Code Division Multiple Access), PAN (Personal Area Network), HSDPA (High Speed Downlink Packet Access), WAN (Wide Area Network), Wibro (Wireless Broadband), UMTS, LTE, HSPA, 5g and 6g (5^(th) and 6 Generation Wireless System), OFDM (Orthogonal Frequency-Division Multiple Access), MC-CDMA (Multi-Carrier Code-Division Multiple-Access), LAS-CDMA (Large Area Synchronized Code Division Multiple Access), UWB (Ultra-Wideband), LMDS (Local Multiple Distribution Service), IPV4 (Internet Protocol Version 4), IPV6 (Internet Protocol Version 6), DMB-T (Digital Multimedia Broadcasting-Terrestrial), DMB-S (Digital Multimedia Broadcasting-Satellite), MediaFLO (Media Forward Link Only), DVB-H (Digital Video Broadcast-Handheld), ISDB-T (Integrated Services Digital Broadcast-Terrestrial), etc. Further, step 37 starts with the controller of the external terminal installing the Sports Retronic Playmaker Application Software, this application software is a Digital Video Disk (DVD), USB Flash Drive, Internet Link Download, or a Compact Disc Read-Only Memory (CDROM). Upon downloading the (SRP) Application Software the application is stored in the form of Volatile or non-volatile memory 10 such as, for example, a Read Only Memory (ROM), whether erasable or rewritable or not, or in the form of memory 10 such as, for example, Random Access Memory (RAM), memory chips, device or integrated circuits or on an optically or magnetically readable medium such as, for example, a Compact Disk (CD), Digital Versatile Disc (DVD), magnetic disk or magnetic tape or the like.

Step 38, in addition to downloading the (SRP) Application the user furthers store each Sports Retronic Band 1 or Sports Retronic Coach 70 (WCTI) onto the (SRP) Application interface first screen. For example, the (WCTI) is accessible from a drop-down menu or a side panel on the (SRP) Application interface first screen, this allows the controller of the (SRP) Application to group Sport Retronic Band 1 or Wrist Coache 70 (WCTI) together or single out a specific Sport Retronic Band 1 or Wrist Coach 70. For example, the Sports Retronic Band 1 or Wrist Coach 70 (WCTI) function and preform task operations as an Mobile Phone-Number, Cellular Data Network address, WLAN String Address, IPv4 Address, IPv6 Address, Mobile IF Address, Static IP Address, or Dynamic IP Address. This identifier allow the controller of the (SRP) Application to specifically identify a Sport Retronic Band 1 or Wrist Coach 70, and also help ensure that the (SRP) multimedia data information is precisely transmitted over a wireless communication network to grouped or an specific Sports Retronic Band 1 or Wrist Coach 70.

Hence, step 39 is preformed when the said external terminal and Sport Retronic Band 1 or Wrist Coach 70 are connected to an wireless communication network, substantially the controller of the (SRP) Application creates an formation via the (SRP) Application interface first screen. Furthermore, the desired formation is created, the operator of the (SRP) application groups each Sports Retronic Band 1 or Wrist Coach 70 intended to receive the (SRP) multimedia file this grouping task is further executed from a drop-down menu or a side panel on the (SRP) Application interface first screen. The controller of the (SRP) application then transmit the (SRP) multimedia file to the grouped Sports Retronic Band 1 or Wrist Coach 70 via a wireless communication network.

Referring to FIG. 6 method 40 begins with step 41 for flicking icon mode. Upon the Sports Retronic Band 1 or Wrist Coach 70 controller 19 receiving an (SRP) multimedia file the Sports Retronic Band 1 or Wrist Coach 70 further receive a push notification confirming the transmission of the transmitted (SRP) multimedia file this notification is further an special ringtone and/or a vibration. In respect of the wireless communication network via the wireless communication module 13, the controller 19 multimedia codec execute processing task of the (SRP) raw multimedia data information in which the (SRP) multimedia data information is processed into a viewable multimedia file. Step 41, whereas the transmitted (SRP) multimedia file icon are positioned on left-hand and bottom side of the Sports Retronic Band 1 or Wrist Coach 70 display 6 first screen in the pattern of an (L).

Upon, a user first input first signal to the input module 20 in respect of the touch panel 5 sensing a user first input signal (ex. pressure input) on the (SRP) multimedia file icon on the display 6 FIG. 6B, the controller 19 recognizes this (pressure input) command as an icon selection and/or itemizing command in response of the user input signal to the input module 20, while the said icon is itemized the controller 19 removes the unselected icon's from the display 6 area until the input module 20 returns an no input signal to the controller 19. Further, the user flick's the (SRP) multimedia icon to the right-hand side of the display 6 if the icon is on the left-side of the display 6. Further, if the itemized icon is at the bottom of the display 6 FIG. 6C a user flick's the icon upward towards the top of the display 6, hence during movement of the itemized icon the icon will move in an rotating gliding motion across the display 6. Step 42, whereas in response to the itemize execution command the controller 19 set an file opening execution region 20 on the display 6 while in some cases the display 6 will not displays the file opening execution region 20. For example, the file opening execution region 20 are vertical dashed line(s) set to the middle-right portion of the display 6 if the icon is flicked from the left-hand side and horizontal dashed line(s) set to the middle of the display 6 if the icon is flicked from the bottom of the display 6. However, the size and number of vertical or horizontal dashed line(s) displayed on the screen are not limited thereto and the vertical or horizontal dashed line(s) are further variably configured. Although the controller 19 is executed to a file opening execution region 20, the display 6 optionally display the file opening execution region 20 (vertical or horizontal dashed lines). Namely, the file opening execution region 20 (vertical or horizontal dashed lines) are internally set, without being displayed on the screen, by the controller 19.

Step 43, whereas upon the (SRP) multimedia file icon reaching the file opening execution region 20 (vertical or horizontal dashed lines) in respect of the icon itemizing command the controller 19 further execute the opening of the (SRP) multimedia file in the (SRV) application for further tasks. This information is output on the first screen of the Sports Retronic Band 1 or Wrist Coach 70 display 6 portion. Further, in respect of the first screen output information the (SRP) multimedia file is opened in a second screen, this second screen is further the opening of the (SRP) multimedia file in the (SRV) Application. Further, with the (SRV) Application a user traditionally view the (SRP) multimedia file on the Sports Retronic Band 1 or Wrist Coach 70 or transmit the file to the projector 23. Hence, transferring the (SRP) multimedia file to the projector 23 by a user first input first signal to the input module 20 this input is directed towards an icon on the display 6 labeled project image upon an input signal the controller 19 recognizes this command as to projecting an image through the projector 23 execution command, this information is also output on the (SRV) Application interface first screen on the Sports Retronic Band 1 or Wrist Coach 70 display 6. Referring to FIG. 7 method 44 starts with step 45. More specifically this method 44 pertains to when a user of the Sports Retronic Wrist Coach 70 receives an (SRP) multimedia file from a external terminal, upon opening the second BP 74 the (SRP) multimedia file is further automatically output on the display 6 this is known as first response viewing mode. To perform this, the sensing module 16 incorporate an (optical) proximity sensor 27 that is able to detect an plastic, aluminum, titanium, or injection-molded target in nominal range by emitting an electromagnetic field or an beam of electromagnetic radiation (infrared) from a (short distance) light emitting element, and looks for changes in the field or return signal(s).

Step 45, whereas upon opening the second BP 74 in a partial opening state with respect to the Sports Retronic Wrist Coach 70 the light emitting element emits an beam of electromagnetic radiation (infrared) towards the second BP 74 detecting an plastic, aluminum, titanium, or injection-molded target in response outputting detected target signals to the proximity sensor 27 circuitry whereas the controller 19 delay the opening of the multimedia file until an non-plastic, aluminum, or injection molded target detected return signal(s) is sensed by the proximity sensor 27. Step 46 whereas when the second BP 74 reaches an vertical (upright) 90 degree angle the second BP 74 is no longer in reach of the beams emitted from the light emitting element on the first BP 73. In response of the second BP 74 being out of reach of the beams emitted, the light emitting element detects an non-plastic, aluminum, or injection molded target, further detecting a non-plastic, aluminum, or injection molded target in respect of the second BP 74 the light emitting element may output a no target detected return signal to an circuit.

Step 47 whereas the proximity sensor 27 further transmits an non-plastic, aluminum, titanium, or injection molded target detected return signal(s) to the controller 19 in relations to the (SRP) multimedia file transmitted from the external terminal delayed by the controller 19 during the partial opening of the second BP 74, the controller 19 recognizes this signal as an file opening execution command to whereas the (SRP) multimedia file is open in the viewer application.

In the embodiments of the present invention, the foregoing method(s) can be implemented as codes that can be read by a processor in a program-recorded medium. The processor-readable medium may include a ROM, a RAM, a CD-ROM, a magnetic tape, a floppy disk, an optical data storage device, and the like. The processor-readable medium also includes implementations in the form of carrier waves or signals (e.g., transmission via the Internet). The Sports Retronic Band 1 or Wrist Coach 70 according to the embodiments of the present disclosure is not limited in its application of the configurations and methods, but the entirety or a portion of the embodiments can be selectively combined to be configured into various modifications. As the exemplary embodiments may be implemented in several forms without departing from the characteristics thereof, it should also be understood that the above described embodiments are not limited by any of the details of the foregoing description, unless otherwise specified, but rather should be construed broadly within its scope as defined in the appended claims. Therefore, various changes and modifications that fall within the scope of the claims, or equivalents of such scope are therefore intended to be embraced by the appended claims. 

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(canceled) 21: A Sports Retronic Wrist Coach configured for attachment to a user's wrist comprising: a sleeve portion; a rear base cover; and a docking station including an rim portion comprising an pin(s) opening. 22: The Sports Retronic Wrist Coach of claim 1, whereas the wrist sleeve comprises an respectively opening at an portion of the body where the opening area constitutes an micro-fiber extendable portion at the top, bottom, left and right side of the opening that is respectively cuffed under another area coupled (sewn) to an underside area of the Sports Retronic Wrist Coach intended to house an attachment component (pin(s)) for coupling the docking station to the opening area forming an coupling housing. 23: The Sports Retronic Wrist Coach of claim 2, whereas the left and right extendable portion are respectively longer than the top and bottom extendable portion of the opening in length. 24: The Sports Retronic Wrist Coach of claim 1, whereas the wrist sleeve further comprises three velcro attachment component made of an micro-fiber material positioned vertically coupled (sewn) to one end of the wrist sleeve that overhangs the sleeve body portion in an direction away from the sleeve intended to couple both ends of the wrist sleeve together. 25: The Sports Retronic Wrist Coach of claim 1, whereas the inner portion of rear base cove includes an 6.73 mm (thick) hinge strip portion that respectively protrude in an direction outward from the rear base cover whereas the hinge strip is further 3D printed to the rear base cover. 26: The Sports Retronic Wrist Coach of claim 1, whereas the hinge strip comprises six threaded hinge holes throughout an portion of the rear base cover, whereas the hinge threaded holes portion respectively starts at the hinge strip portion intended to couple the first BP and second BP of the Sports Retronic Wrist Coach together by hinge(s). 27: The Sports Retronic Wrist Coach of claim 1, whereas the docking station includes four rim portions (top, bottom, left, right side) that protrudes outward in an direction opposite of the docking station where the docking station is said to be coupled to the sleeve extended portion. The rim portion further includes an pin(s) opening at each end(s) of the rim portions to form coupling of the docking station to the sleeve extended portion. 28: An method for controlling the Sports Retronic Playmaker Software Application, the method comprising: a WCTI; and a software application for creating, editing and transmitting an sports formation to an external terminal. 29: The method of claim 8, whereas the user further store each Sports Retronic Band and/or Sports Retronic Coach (WCTI) onto the (SRP) Application interface first screen. 30: The method of claim 8, whereas the Sports Retronic Band and/or Wrist Coach (WCTI) functions and preform task operations as a Mobile Phone-Number, Cellular Data Network address, WLAN String Address, IPv4 Address, IPv6 Address, Mobile IP Address, Static IP Address, and Dynamic IP Address. 31: The method of claim 8, whereas substantially the operator of the (SRP) Application creates a formation via the (SRP) Application interface first screen. Furthermore, the desired formation is created, the operator of the (SRP) application may group each Sports Retronic Band and/or Wrist Coach intended to receive the (SRP) multimedia file this grouping task may be executed from a drop-down menu or a side panel on the (SRP) Application interface first screen. The operator of the (SRP) application then transmit the (SRP) multimedia file to the grouped Sports Retronic Band and/or Wrist Coach via a wireless communication network. 32: A method for controlling flicking icon mode, the method comprising: a user itemizing and flicking an icon on the display; and a controller configured to generate a file opening execution region. 33: The method of claim 12, whereas a user first input first signal to the input module in respect of the touch panel sensing a user first input signal (ex. pressure input) on the (SRP) multimedia file icon on the display, the controller recognizes this (pressure input) command as an icon selection and/or itemizing command in response of the user input signal to the input module, while the said icon is itemized the controller removes the unselected icon's from the display area until the input module returns an no input signal to the controller. Further, the a user flick's the (SRP) multimedia icon to the right-hand side of the display if the icon is on the left-side of the display. Further, if the itemized icon is at the bottom of the display a user flick's the icon upward towards the top of the display, hence during movement of the itemized icon the icon will move in an rotating gliding motion across the display. 34: The method of claim 12, whereas in response to the itemize execution command the controller set an file opening execution region on the display while in some cases the display will not display the file opening execution region. 35: The method of claim 12, whereas the file opening execution region are vertical or horizontal dashed line(s) set to the middle-right or middle portion of the display. 36: The method of claim 12, whereas the controller is executed to a file opening execution region, the display optionally display the file opening execution region (vertical or horizontal dashed lines). Namely, the file opening execution region (vertical or horizontal dashed lines) are internally set, without being displayed on the screen, by the controller. 37: The method of claim 12, whereas upon the (SRP) multimedia file icon reaching the file opening execution region (vertical dashed lines) the controller execute the opening of the (SRP) multimedia file in the (SRV) application for further tasks. 38: A method of controlling the Sports Retronic Terminal, the method comprising: a proximity sensor comprising a optical portion that sensing the state of the terminal; and a controller to delay the opening of the multimedia file on the display. 39: The method of claim 18, whereas upon opening the second BP in a partial opening state with respect to the Sports Retronic Wrist Coach the light emitting element emits an beam of electromagnetic radiation (infrared) towards the second BP detecting an plastic, aluminum, titanium, or injection-molded target in response outputting detected target signals to the proximity sensor circuitry whereas the controller delay the opening of the multimedia file until an non-plastic, aluminum, or injection molded target detected return signal(s) is sensed by the proximity sensor, whereas when the second BP reaches an vertical (upright) 90 degree angle the second BP is no longer in reach of the beams emitted from the light emitting element on the first BP. In response of the second BP being out of reach of the beams emitted, the light emitting element detects an non-plastic, aluminum, or injection molded target, further detecting a non-plastic, aluminum, or injection molded target in respect of the second BP the light emitting element may output a no target detected return signal to an circuit. 40: The method of claim 18, whereas the proximity sensor further transmits an non-plastic, aluminum, titanium, or injection molded target detected return signal(s) to the controller in relations to the (SRP) multimedia file transmitted from the external terminal delayed by the controller during the partial opening of the second BP, the controller recognizes this signal as an file opening execution command to whereas the (SRP) multimedia file is open in the viewer application. 